Exact(2)
Mean surface shear stresses for scaffolds were calculated with the help of Lattice-Boltzmann method.
Following six years of regular tidal cover, the underlying agricultural soil appeared both very strong (mean surface shear strength, τf=228 kPa) and highly resistant to erosion (τ0 crt=6.23 N m−2).
Similar(58)
As potential estimating parameters, Surface Shear Strength (SSS), Mean Weight Diameter (MWD), Organic Matter (OM), calcium carbonate, clay content, silt and sand fractions were estimated.
For the purposes of this study, soil properties including organic matter, CaCO3, surface shear strength (SSS), particle size distribution, mean weight diameter (MWD), and the topographic attributes were measured.
The major surface currents of the oceans are driven by the surface shear stresses imposed by the wind.
τ w surface shear stress.
global mean surface temperature.
Surface deep levels usually mean surface depletion.
near-surface shear velocities.
Instead, steady-state CFD simulations using STAR-CD were applied to predict the fluctuation of equivalent mean wall shear stresses on the entire surface of pipes with various diameter changes (gradual and sudden expansions or contractions).
Interestingly, mean shear stresses increased while mean normal stresses decreased, thus leading to rather invariant mean resultant stresses on the cell surface.
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